ServicesDefence in Depth

Assume breach.
Design for it.

No single control stops every attack. We design layered security architectures — combining defence in depth, deception technology, and security obscurity — so that when one layer fails, the next one holds.

Threat-model-driven control design
MITRE ATT&CK coverage mapping
Deception and honeypot engineering
Red team validation of layered defences

Layered security, engineered for your threat model

Layered Defence

Defence in Depth Architecture

No single control stops every attack. We design layered security architectures where each layer assumes the previous one has failed — so a breach at the perimeter does not mean a breach of your crown jewels.

Security Layer MappingControl Gap AnalysisLayered Architecture DesignCompensating Control DesignDefence Coverage MatrixArchitecture Review
Security Obscurity

Security Through Obscurity (as a Layer)

Obscurity alone is not security — but as one layer in a defence-in-depth strategy, it raises attacker cost and reduces attack surface visibility. We implement obscurity techniques that complement your primary controls without creating false confidence.

Attack Surface ReductionHoneypot DeploymentDeception TechnologyPort & Service ObscurationCanary Token DeploymentAttacker Friction Engineering
Control Mapping

Security Control Mapping & Coverage

Most organisations have security controls but do not know what threats they actually cover. We map your controls against MITRE ATT&CK and your specific threat model — identifying gaps, overlaps, and misaligned investments.

MITRE ATT&CK MappingControl Coverage AnalysisGap IdentificationInvestment PrioritisationThreat-Control MatrixCoverage Reporting
Deception Technology

Deception & Honeypot Engineering

Deception technology turns your network into a trap. We deploy honeypots, honey tokens, and deception infrastructure that detect lateral movement and insider threats — alerting on attacker activity that bypasses traditional controls.

Honeypot DeploymentHoney Token EngineeringDeception Network DesignAlert IntegrationAttacker Behaviour AnalysisDeception Coverage Mapping
Resilience Engineering

Security Resilience & Recovery

Resilience means assuming breach and designing for recovery. We design security architectures that limit blast radius, enable rapid recovery, and maintain business continuity even when controls fail.

Blast Radius AnalysisRecovery Architecture DesignBackup & Recovery TestingBusiness Continuity PlanningTabletop ExercisesResilience Assessment
Threat Modelling

Threat Modelling & Risk-Based Design

Defence in depth requires knowing what you are defending against. We run threat modelling workshops that identify your most likely attack paths, highest-value targets, and the controls that will have the most impact.

STRIDE Threat ModellingAttack Path AnalysisCrown Jewel IdentificationRisk-Based PrioritisationThreat Model DocumentationDeveloper Threat Modelling Training

Model, map, layer, test

01

Model

We model your threat landscape — who is likely to attack you, how, and what they are after — before designing any controls.

02

Map

Your existing controls are mapped against the threat model to identify gaps, overlaps, and misaligned investments.

03

Layer

We design and implement additional control layers that address the identified gaps — prioritised by risk and operational impact.

04

Test

Red team exercises and tabletop simulations validate that your layered defences hold up under realistic attack scenarios.

Know your threat model?

If not, that is where we start. A threat modelling session maps your attack surface, identifies your most likely adversaries, and prioritises the controls that will have the most impact.

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